Expression patterns of PRDM10 during mouse embryonic
... maintained to the fetal growth period E16.5 and adult mouse, suggesting that PRDM10 may function in tissue differentiation. Our study revealed that PRDM10 might be a transcriptional regulator for normal tissue differentiation during mouse embryonic development. [BMB reports 2010; 43(1): 29-33] ...
... maintained to the fetal growth period E16.5 and adult mouse, suggesting that PRDM10 may function in tissue differentiation. Our study revealed that PRDM10 might be a transcriptional regulator for normal tissue differentiation during mouse embryonic development. [BMB reports 2010; 43(1): 29-33] ...
Plant stem cells: divergent pathways and common themes in shoots
... Clonal analysis has demonstrated that asymmetric division of QC cells generates daughter cells, which either retain QC cell function or replace an adjacent cell [39]. Immediate derivatives of the QC are themselves stem cells, or initials, each of which gives rise to specific tissue types within the ...
... Clonal analysis has demonstrated that asymmetric division of QC cells generates daughter cells, which either retain QC cell function or replace an adjacent cell [39]. Immediate derivatives of the QC are themselves stem cells, or initials, each of which gives rise to specific tissue types within the ...
Study Guide
... 11. How do enveloped viruses and naked viruses enter into animal cells? Enveloped viruses: Endocytosis or membrane fusion Naked viruses: Bond to attachment proteins and endocytosis or eat a hole in the cell membrane. 12. How do animal viruses leave cells? Budding: Similar to exocytosis. A section of ...
... 11. How do enveloped viruses and naked viruses enter into animal cells? Enveloped viruses: Endocytosis or membrane fusion Naked viruses: Bond to attachment proteins and endocytosis or eat a hole in the cell membrane. 12. How do animal viruses leave cells? Budding: Similar to exocytosis. A section of ...
Document
... macrophages in the presence of vehicle control (PBS) or CV1-hIgG4. After 2 hours of coculture, macrophages were stained with APC-F4/80 and phagocytosis was evaluated by imaging flow cytometry using an Amnis ImageStreamX MKII. For each treatment, three independent replicates were pooled for imaging a ...
... macrophages in the presence of vehicle control (PBS) or CV1-hIgG4. After 2 hours of coculture, macrophages were stained with APC-F4/80 and phagocytosis was evaluated by imaging flow cytometry using an Amnis ImageStreamX MKII. For each treatment, three independent replicates were pooled for imaging a ...
Organization of Yeast Communities Cell Signals, Cell
... sectioned (47, 48). Embedded sections allowed the pattern of cell types (ovoid cells, pseudohyphae, and spores) within colonies to be determined (46, 48). Frozen sections (cryosections) allowed the pattern of expression of lacZ fusion genes within colonies to be visualized. The above-described studi ...
... sectioned (47, 48). Embedded sections allowed the pattern of cell types (ovoid cells, pseudohyphae, and spores) within colonies to be determined (46, 48). Frozen sections (cryosections) allowed the pattern of expression of lacZ fusion genes within colonies to be visualized. The above-described studi ...
AtSpc98p and plant microtubule nucleation
... The molecular mechanisms responsible for microtubule (MT) nucleation have not yet been identified in higher plants. Unlike other eukaryotic cells, no centrosome-like organelles are present to nucleate MT assembly. In animal cells, the centrosome functions as a microtubule-organizing center (MTOC), a ...
... The molecular mechanisms responsible for microtubule (MT) nucleation have not yet been identified in higher plants. Unlike other eukaryotic cells, no centrosome-like organelles are present to nucleate MT assembly. In animal cells, the centrosome functions as a microtubule-organizing center (MTOC), a ...
1 - Wsfcs
... A. The cells of a growing child divide to make more cells, and those cells are each half the size as the cells were before they divided. The cells do not grow before they divide again. B. The cells of a growing child divide to make more cells, and those cells grow to become the same size as the cell ...
... A. The cells of a growing child divide to make more cells, and those cells are each half the size as the cells were before they divided. The cells do not grow before they divide again. B. The cells of a growing child divide to make more cells, and those cells grow to become the same size as the cell ...
Stem-Cell-Based Gene Therapy for HIV Infection
... CCR5 is a critical co-receptor for entry of HIV and CCR5-tropic viruses represent the majority of transmittable HIV-1 strains [6]. Individuals that are homozygous for a deletion of 32 base pairs of the CCR5 gene (Δ32) are largely resistant to HIV infection [7]. Individuals with a single copy of the ...
... CCR5 is a critical co-receptor for entry of HIV and CCR5-tropic viruses represent the majority of transmittable HIV-1 strains [6]. Individuals that are homozygous for a deletion of 32 base pairs of the CCR5 gene (Δ32) are largely resistant to HIV infection [7]. Individuals with a single copy of the ...
Helpful Bacteria - Dr. Annette M. Parrott
... • Bacteria that are not decolorized by the alcohol/acetone wash are ...
... • Bacteria that are not decolorized by the alcohol/acetone wash are ...
Anti-Lunatic Fringe antibody
... Human liver and kidney tissues; HL60 cells; HL60, K562 and HeLa cell lysates. ...
... Human liver and kidney tissues; HL60 cells; HL60, K562 and HeLa cell lysates. ...
Functional coupling of FcRI to nicotinamide adenine
... weights for PLD1a, PLD1b, and PLD2. The PLD expression profile did not alter following priming of cells with IFN-␥ or cell differentiation by dbcAMP (Figure 1B). Fc␥RI aggregation stimulates PLD1. As both isozymes for PLD are expressed in U937 cells, experiments were performed to examine their respe ...
... weights for PLD1a, PLD1b, and PLD2. The PLD expression profile did not alter following priming of cells with IFN-␥ or cell differentiation by dbcAMP (Figure 1B). Fc␥RI aggregation stimulates PLD1. As both isozymes for PLD are expressed in U937 cells, experiments were performed to examine their respe ...
Developmental neurobiology of hydra, a model animal of cnidarians1
... Introduction to the nerve net of hydra: unique features of the diffuse nervous system The freshwater coelenterate hydra has a simple body plan. Like all coelenterates, it is a diploblastic animal: it is composed of two layers of epithelial cells, the endoderm and the ectoderm. The apical end is the ...
... Introduction to the nerve net of hydra: unique features of the diffuse nervous system The freshwater coelenterate hydra has a simple body plan. Like all coelenterates, it is a diploblastic animal: it is composed of two layers of epithelial cells, the endoderm and the ectoderm. The apical end is the ...
Inflating bacterial cells by increased protein synthesis
... D Cellular dry mass plotted against the corresponding growth rate of the culture, for each growth perturbation. The trends of cellular dry mass closely resemble the trends exhibited by cell volume (panel C). E Cellular RNA plotted against the corresponding growth rate of the culture, for each growth ...
... D Cellular dry mass plotted against the corresponding growth rate of the culture, for each growth perturbation. The trends of cellular dry mass closely resemble the trends exhibited by cell volume (panel C). E Cellular RNA plotted against the corresponding growth rate of the culture, for each growth ...
division plane orientation in plant cells
... mitotic spindle, which segregates chromosomes to daughter nuclei. Normally the spindle forms so that its axis is perpendicular to the plane delineated by the PPB. Upon completion of chromosome segregation, a plant-specific, cytokinetic apparatus called a phragmoplast forms between the daughter nucle ...
... mitotic spindle, which segregates chromosomes to daughter nuclei. Normally the spindle forms so that its axis is perpendicular to the plane delineated by the PPB. Upon completion of chromosome segregation, a plant-specific, cytokinetic apparatus called a phragmoplast forms between the daughter nucle ...
MyoD as a gatekeeper to cell cycle progression
... exit the cell cycle and begin the differentiation process. MyoD acts similarly on these now differentiated cells by orchestrating the temporal expression of many key genes. MyoD, however, does not act alone. Coactivators such as p300/CBP and P/CAF facilitate transcription probably through their hist ...
... exit the cell cycle and begin the differentiation process. MyoD acts similarly on these now differentiated cells by orchestrating the temporal expression of many key genes. MyoD, however, does not act alone. Coactivators such as p300/CBP and P/CAF facilitate transcription probably through their hist ...
PDF
... right germinal bands lie at its equator, beneath the leading edge of the epithelium. Ventral view of early stage 9: the germinal plate is complete and segmental tissues are forming, including the segmental ganglia of the ventral nerve cord (heavy outline). Subsequently, definitive epidermis arises f ...
... right germinal bands lie at its equator, beneath the leading edge of the epithelium. Ventral view of early stage 9: the germinal plate is complete and segmental tissues are forming, including the segmental ganglia of the ventral nerve cord (heavy outline). Subsequently, definitive epidermis arises f ...
Autoimmune T cells protect neurons from secondary degeneration
... cells to exert a neuroprotective effect. To confirm the neuroprotective effect of the anti-MBP T cells, we did electrophysiological studies. Immediately after optic nerve injury, the rats were injected intraperitoneally with PBS or with 1 × 107 activated anti-MBP or anti-OVA T cells. The optic nerve ...
... cells to exert a neuroprotective effect. To confirm the neuroprotective effect of the anti-MBP T cells, we did electrophysiological studies. Immediately after optic nerve injury, the rats were injected intraperitoneally with PBS or with 1 × 107 activated anti-MBP or anti-OVA T cells. The optic nerve ...
Historical Background: In 1838, Schwann and - Moodle
... Overview of secondary metabolite production in tissue culture: Plants produce a large spectrum of natural products, the secondary metabolites. Nowadays, it is accepted that although these compounds are not important for the primary metabolism of the plant, they are in many cases of great importance ...
... Overview of secondary metabolite production in tissue culture: Plants produce a large spectrum of natural products, the secondary metabolites. Nowadays, it is accepted that although these compounds are not important for the primary metabolism of the plant, they are in many cases of great importance ...
Stimulated release of fluorescently labeled IgE fragments that
... addition of Ca2+ ionophore and phorbol 12-myristate 13acetate, depletion of the Cy3 label from the intracellular vesicles is observed with confocal microscopy. These results provide strong evidence for the lysosomal nature of secretory granules in these cells. In addition, they provide the basis for ...
... addition of Ca2+ ionophore and phorbol 12-myristate 13acetate, depletion of the Cy3 label from the intracellular vesicles is observed with confocal microscopy. These results provide strong evidence for the lysosomal nature of secretory granules in these cells. In addition, they provide the basis for ...
1 3. Special form of Mycelium 3.1 Modification of mycelium or hyphal
... 2. Pseudoparenchyma: Compact aggregation of component hyphae so that they have lost their individuality and not easily recognized. It may be following types: a. Stroma: A compact somatic structures like a mattress, on which or in which fructifications usually are formed. e.g. Taphrina maculans ...
... 2. Pseudoparenchyma: Compact aggregation of component hyphae so that they have lost their individuality and not easily recognized. It may be following types: a. Stroma: A compact somatic structures like a mattress, on which or in which fructifications usually are formed. e.g. Taphrina maculans ...
Primary and Secondary B-Cell Responses to
... gather in CD11c+ cell-rich areas [34]. B cells then start to form aggregates in those areas, where they finally develop into tertiary lymphoid structures containing B- and T-cell rich areas around high endothelial venules (HEVs) by day 10 after infection [16]. This tertiary lymphoid structure, the s ...
... gather in CD11c+ cell-rich areas [34]. B cells then start to form aggregates in those areas, where they finally develop into tertiary lymphoid structures containing B- and T-cell rich areas around high endothelial venules (HEVs) by day 10 after infection [16]. This tertiary lymphoid structure, the s ...
Flat file for auto loading into the CBO 1.0 version. Individual sections
... GO: A cell cycle process comprising the steps by which a cell progresses through the nuclear division phase of a meiotic cell cycle, the specialized nuclear and cell division in which a single diploid cell undergoes two nuclear divisions following a single round of DNA replication in order to produc ...
... GO: A cell cycle process comprising the steps by which a cell progresses through the nuclear division phase of a meiotic cell cycle, the specialized nuclear and cell division in which a single diploid cell undergoes two nuclear divisions following a single round of DNA replication in order to produc ...
Chapter 5: Homeostasis and Cell Transport PPT
... – To remain alive, cells must compensate for the water that enters the cell in hypotonic environments and leaves the cell in hypertonic environments. – Cells in multicellular organisms respond to hypotonic environments by pumping solutes out of the cytosol (RBCs cannot compensate for changes in solu ...
... – To remain alive, cells must compensate for the water that enters the cell in hypotonic environments and leaves the cell in hypertonic environments. – Cells in multicellular organisms respond to hypotonic environments by pumping solutes out of the cytosol (RBCs cannot compensate for changes in solu ...
Cells in Physcomitrella patens
... regeneration. This capacity is associated with both cell cycle reactivation and acquisition of specific cellular characters. However, the molecular mechanisms underlying the reprogramming of protoplasts into stem cells remain largely unknown. Protoplasts of the moss Physcomitrella patens easily rege ...
... regeneration. This capacity is associated with both cell cycle reactivation and acquisition of specific cellular characters. However, the molecular mechanisms underlying the reprogramming of protoplasts into stem cells remain largely unknown. Protoplasts of the moss Physcomitrella patens easily rege ...